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eSIM for Field Robots & Autonomous Systems

Remote eSIM provisioning for patrol bots, construction machines, and autonomous drones — no SIM-card swap, ever.

By LTE.app Editorial

Who this is for

Robotics engineers and fleet operators deploying autonomous ground robots, patrol drones, and construction machines that need persistent cellular connectivity without on-site SIM management.

What makes this audience different

Remote SIM provisioning — robots deploy to locations with no IT staff
Carrier switching across regions as robots cross coverage zones
Continuous uptime for telemetry and remote-control feeds
M2M data plans (no voice, no SMS) sized for sensor and video payloads
API-driven top-up before data runs out mid-mission

What LTE.app offers field robots & autonomous systems

Agent API provisioning

Your robot's management system calls POST /v1/agent/orders to buy a plan and receive an eSIM profile. No browser, no QR-code scan, no human required — the eSIM activates over the air via GSMA SGP.02.

Usage webhooks

Register a callback URL at key creation. LTE.app POSTs a signed JSON event when data drops below 20% — your orchestrator tops up before the robot loses connectivity.

M2M plan catalogue

Data-only plans from 1 GB through 100 GB across 196 countries. Filter by country ISO2, minimum GB, and price via GET /v1/agent/plans.

Per-key spend caps

Set daily and monthly USD limits per API key so a runaway provisioning loop can't exceed your budget.

Recommended plan

Duration

30 days

Data

20–100 GB

A security robot streaming low-resolution telemetry uses 2–5 GB/day. A construction machine syncing 4K site footage uses 20–50 GB/day. Start at 20 GB and tune via usage webhook data.

Top destinations for this audience

Japan eSIM →Germany eSIM →United States eSIM →Singapore eSIM →South Korea eSIM →United Arab Emirates eSIM →

How does a robot install an eSIM without a human scanning a QR code?

The Agent API returns an eSIM activation code, not just a QR image. Your device's management software can call the GSMA SGP.02 LPA protocol to download the profile directly — no camera, no human. Most modern eUICC chipsets support this. Alternatively, the management system downloads the profile during factory provisioning.

Can the eSIM switch carriers automatically if signal drops?

LTE.app plans roam across multiple carrier partnerships per country. The eUICC chipset and local carrier handle handoff. For multi-country robots, provision a regional plan (e.g. Europe) that roams across 30+ carriers, or use the Agent API to swap plans when the robot crosses a border.

What happens if the robot runs out of data mid-mission?

LTE.app fires a data.low webhook at ≤20% remaining data. Your orchestrator catches the event and calls POST /v1/agent/orders/{id}/topup. The renewal plan activates within seconds, before the robot loses its connection. You can also poll GET /v1/agent/orders/{id} for remaining data at any interval.

Is there a minimum plan size for M2M devices?

No minimum — the catalogue includes 1 GB options for low-bandwidth sensor robots, up to 100 GB for high-throughput systems. Use GET /v1/agent/plans?country_iso2=XX&min_gb=1 to see what's available for your deployment region.

Automate provisioning via the Agent API

The LTE.app Agent API lets your software or device provision eSIM connectivity programmatically — no human checkout, no physical SIM swap. 196 countries, usage webhooks, Ed25519-signed events, per-key spend caps.

Explore Agent API API reference →All device use cases →